Green Construction Technology Research Articles

Research on the Green Construction Technology of Stilt Houses Based on the Climate Adaptation of Transitional Seasons

Stilt houses are extremely adaptable to terrain and climate. However, current indoor thermal environment research in transitional seasons is not prominent. Therefore, in this research, a typical stilt house in southwest China was chosen as the research object and analyzed by combining Climate Consultant climate analysis software and field measurement data. The results showed that the indoor thermal stability of a stilt house was excellent during the transition season, and the attic had the most obvious climate regulation, with the maximum temperature difference between indoors and outdoors being 9 °C when the outdoor temperature was the highest. The difference between the mean radiant temperature and the average air temperature was only 0.04 °C, and the radiant effect of the enclosure on the interior was small. The indoor relative humidity ranged from 63.2% to 85.1%, showing high relative humidity, but the fluctuation was relatively stable. Stilt floors did not play a significant role in climate regulation during the transition season, and the semi-open space structure was more prone to moisture accumulation when the outdoor humidity was high. Regarding practical application, the climate adaptation strategies of shading, cooling, and dehumidification were applied in the transition season, but dehumidification was ineffective.

Green building and energy efficient design

In the construction industry, adopting strategies such as energy-efficient design or construction as well as green building construction technologies will minimize environmental harm and promote sustainability. The energy efficiency is emphasized as a core part of sustainability within the architecture, also as the perceiving ‘what is…’, its methods and benefits, green building concepts are explored. It includes energy efficiency, water efficiency, materials efficiency, interior environmental quality and site and building design efficiency. There is mention of a range of energy efficiency measures including the use of advanced insulation systems, passive solar design, energy management techniques, and the use of renewable energy sources. All these points bear very clearly the projections for enhancement of urban landscapes and health of the world while also looking into the challenges and possibilities for the future of the green building practices.

The Informational-Educational Environment of Additional Professional Education for Learning the Basics of Green Construction

The relevance of the topic of the article is determined by the need to introduce promising green building technology into domestic construction practice. The purpose of the article is based on the analysis of the current situation with green construction in Russia to substantiate the need for students of the system of additional professional education to master the basics of green construction technology and to develop an educational retraining program and appropriate educational and methodological support related to the study of the basics of green construction. The following research methods are used: theoretical analysis of scientific results devoted to the identification of the essence of development and the establishment of trends in various systems of civil engineering education, analysis of curricula and manuals for architectural and construction training of students; expert analytical methods for evaluating the content of methodological and software tools designed to master special disciplines in architectural and construction training of students in the context of digital transformation of education. As a result of the analysis of scientific publications in the field of educational management, the need to improve the system in the field of architectural and construction training and the development of green building technology has been identified. The analysis of the existing shortcomings of traditional construction project management is carried out, the need to study the basics of green construction and develop appropriate educational and methodological materials implemented in the context of digital transformation of the construction industry is justified. The content structure for the development of an electronic educational resource for the study of the discipline is considered, the content of each block of content is described, and the connections between the blocks are shown. The reasons hindering the development of engineering management of green construction in Russia are systematized. Advanced training of students in the field of green construction will help to overcome the factors hindering the introduction of green technology in domestic construction. The results of the article may be of interest to specialists of architectural and construction universities engaged in the preparation of bachelors and masters for the construction industry in the context of digital transformation of education. Keywords: “green” construction, advanced training, construction education, system of additional professional education, electronic educational resource

Development of ANP-based greenness evaluation model of construction technologies in China

Purpose Green construction is increasingly vital in promoting sustainability within the construction industry. The development and promotion of green construction technologies are central to this endeavor. However, existing evaluations mainly target building components, construction projects or certain construction processes. There is a notable absence of research into the greenness of construction technologies. Assessing the greenness of construction technologies is crucial for streamlining resource utilization and reducing waste. To address this gap, this study aims to establish a Greenness of Construction Technologies (GCT) evaluation model using the method of analytic network process (ANP). Design/methodology/approach Green construction is increasingly vital in promoting sustainability within the construction industry. The development and promotion of green construction technologies are central to this endeavor. However, existing evaluations mainly target building components, construction projects or certain construction processes. There is a notable absence of research into the greenness of construction technologies. Assessing the greenness of construction technologies is crucial for streamlining resource utilization and reducing waste. To address this gap, this study establishes a GCT evaluation model using the method of ANP. Findings Among the four formwork technologies of plastic, steel, plywood and wooden formwork, the plastic formwork exhibits the best performance in terms of environmental friendliness, economic and social effects, while facing issues like material wastage and low static strength. The results align with practical observations which validates the model’s applicability. Originality/value This research contributes to the field by introducing the concept of greenness into construction technology evaluation for the first time. The establishment of the GCT evaluation model promotes the adoption of green construction technologies and advances sustainable practices in the construction industry.

BIM-Based Digital Construction Strategies to Evaluate Carbon Emissions in Green Prefabricated Buildings

In this paper, we explore the integration of building information modeling (BIM) technology to assess carbon emissions, emphasizing the unique contributions to smart and sustainable approaches in prefabricated buildings and focusing on the application of digital construction strategies facilitated by BIM to evaluate carbon emissions in green prefabricated buildings, with a detailed case study on C-House at Southeast University, Nanjing, China. The research methodology involved creating a BIM model of C-House in Rhino and collecting data from the operationalization phase. This research work delves into analyzing the structural components, on-site assembling process, and evaluation of carbon emissions by using a BIM-based assessment, as well as the energy load and consumption of prefabricated components, including sustainable PV panels, to enhance building efficiency and sustainability. The findings uncover the life cycle of C-House, which spans seven stages, compared with the five stages of conventional builds. Currently in its third cycle, C-House exhibits significant reductions of 70.57% in carbon emissions during the second cycle and 43.53% in the first one. This highlights the pattern showing that the prolonged reuse of prefabricated buildings leads to decreasing emissions over time. Such results underscore the potential carbon emission reductions and environmental advantages of reusing green prefabricated buildings. Furthermore, this study provides insights into the entire life cycle of the building, from inception to occupation and post-phase performance evaluation. By employing BIM for modeling, simulation, and analysis, we offer practical insights into the application of smart technologies for sustainable construction practices, significantly contributing to the advancement of green and digital construction technologies.

Influencing factors of green building practitioners’ competition perceptions: evidence from China

The concept of green sustainability has driven innovation in green construction technologies (GCTs), fostering heightened competition in the construction market. However, there is limited research on the factors that influence the perceptions of green building practitioners (GBPs) regarding the intense market competition. To address this, based on 407 questionnaires collected in China, this study employs the ordinal logistic regression (ORL) method to investigate the relationship between heterogeneity, psychological capital and industry pressure, and GBPs’ perceptions of market competition intensity. The results reveal that (1) GBPs’ competition perceptions (CPs) are generally high and (2) Individual and occupational differences in GBPs’ CPs are significantly different. Notably, higher education levels correlating to diminished CPs, and managers exhibit greater sensitivity compared to non-managers. (3) Perceived value and company’s environmental responsibility are the most influencing factors that significantly affect GBPs’ CPs. This study offers implications for enhancing GBPs’ understanding of GCTs and industrial competition, thus contributing to improving decision-makers’ strategies for establishing competitive advantages. Additionally, it aids in formulating market competition rules, thereby fostering the transformation of the construction industry.

Analysis of resource utilization competition relationship supporting green low-carbon transformation development of the construction industry

Abstract In order to promote the green and low-carbon transformation development of China’s construction industry and support the optimal allocation of regional resources, this paper constructs a logistic mathematical model of industrial growth and analyzes the resource utilization competition between the construction industry and related industries. The results show that resource utilization competition can lead to the victory of one industry and the exclusion of another, or the stable coexistence of two competing industries, which mainly depends on the competition inhibition effect of the construction industry and related industries, and the relative size of resource load. The conclusion of this study will help the construction industry to innovate the mode and green construction technology, and promote the coordinated development of regional industrial systems.

The Principles and Evaluation of Green Construction of Tunnels in Frigid Plateau Regions

Green construction is an advanced concept and development trend in engineering construction. It is cold and arid in frigid plateau regions in western China, where the ecological environment is vulnerable to engineering constructions and other human activities. Hence, the time and cost for environmental remediation are much larger than in other areas. Based on the principles and category of green construction, this paper discusses the overall and partial relationship between green construction and green construction operation, presents the technical construction process of the green construction of a tunnel, and puts forward the key points of green construction with the construction practice for tunnels in frigid plateau regions as the engineering background. The main contents and results are as follows: (1) The breakthrough points of the research on green construction include five first-level evaluation indicators of savings the land, energy, water resources, materials, and human resources, as well as protection for personnel health and environment, i.e., five savings and two protections. A comprehensive evaluation system suitable for green construction is proposed and established. (2) The paper summarizes the following essential aspects: the fine classification and safety evaluation of surrounding rock, the changes in the seepage field in the construction process, and the establishment of a standardized construction system. (3) A green construction evaluation was conducted on the tunnel of the Yindajihuang Project, and the green evaluation results were obtained. The evaluation results are basically consistent with the actual situation. In addition, intelligent construction technology should be the orientation of green construction for tunnels. The research would be helpful to the implementation of green construction ideas and technologies for tunnels in frigid plateau regions and the persistence of green and sustainable development.

Research on the application of BIM-based green construction management in the whole life cycle of hydraulic engineering

Abstract Taking the construction management of green water conservancy projects combined with BIM as the research background, we analyzed the application of BIM technology in green construction management. The results also showed that the overall trend of green construction management research is on the rise, the research on green construction management at home and abroad is relatively close, and the research directions tend to be intelligent and informative, but there is relatively little research on water conservancy engineering. Combining the current green construction standards of water conservancy projects, the related literature, and the current situation of the application of BIM technology in water conservancy project construction management, the concept of green construction of water conservancy projects and the core requirements of BIM technology for whole-life-cycle green construction are proposed. The new green construction technology was applied in combination with BIM to form a collaborative and scaled multiparty management structure map for the whole process area, build a framework system for green construction management of water conservancy projects, and design a specific implementation process for the application of real-time green construction simulation systems in BIM.

Proposing a Green Model of a Conventional Building by Evaluating Energy-Efficient Design Alternatives using Autodesk Insight

Abstract: This paper is based on contemporary green infrastructure construction technology, which has a substantial influence on the conservation and appropriate usage of resources such as land, energy, water, air, and material, consequently decreasing the total cost of construction as well as the negative effects of climate change by renovating a conventional building into a green building that uses natural resources to the greatest extent possible during construction and operation. The primary focus of the study is to advance knowledge on the implementation of green conceptsin the design of buildings. Green building technology is an umbrella word for any innovation that incorporates natural resources and facilitates economic and social growth. These technologies seek to provide a sustainable product while substantially reducing environmental and ecological concerns. This study will focus on the implementation of new and improved concepts in the design and construction of Conventional buildings in India

Ecological Wisdom and Inheritance Thinking of the Traditional Village’s Water Resources Management in Taihang Mountains

ABSTRACT In the context of China’s rapid urbanization, the landscape texture and ecosystem of traditional villages are being constructively damaged, especially the water ecosystem responsible for maintaining the sustainable development of villages. It is urgent to explore the green construction technology of traditional villages. However, some traditional villages in Taihang Mountain area exist and develop in the environment of drought and flood, which contains rich ecological water resources management wisdom. Therefore, in this paper, Taihang Mountain is selected as the research area to collect data through literature analysis, field research, and in-depth interviews. This study uses ArcGIS spatial analysis and statistical functions to analyze the acquired data and explore the water resources management practices of traditional villages based on three aspects: safety, function, and spirit. Then it summarizes four key inspirations for contemporary water resources management: “adapt to local conditions, pay equal attention to water use and prevention”; “division of labor and cooperation complement each other”, “low cost, low technology, low maintenance” and “make the best use of materials and compound functions”. These advantageous insights can be offered for the preservation of traditional villages, the enhancement of the living environment, and the management and growth of urban stormwater.

Optimised processes for the production of performance concrete constituents based on agricultural wastes

In most parts of the world urban populations are growing. This inevitably requires resources for construction materials, which is a challenge to achieving global climate goals. Since there is no alternative to concrete as structural material, novel approaches are required to use cement in concrete more efficiently and to use as little Portland cement clinker in the binder for concrete. With novel approaches, Africa can spearhead green urban construction technologies globally, as the continent’s carbon emissions re marginal today in comparison to the rest of the world and the potential to use local resources are enormous. The authors of the paper develop conclusions on how bio-waste can be converted to organic and mineral concrete constituents that have a potential to create rural livelihoods and urban construction materials markets. A three-step solution including a hydrothermal process, a pyrolysis step and a co-fuelling process with brick production in a vertical shaft kiln is suggested to derive organic components, various by-products as well as bricks and pozzolanic cement replacements, respectively.

Analyzing the Impact of Critical Barriers on the Stakeholder’s Adoption Behavior toward Green Building Technologies in Pakistan

The construction industry is becoming a major source of carbon emissions in Pakistan due to the country's rapid urbanization. To slow global warming, it is crucial to evaluate and cut construction's carbon emissions. Despite significant international efforts to encourage the use of green construction technology, which have not yet been extensively embraced because of obstacles, these carbon emissions are continuously rising. In this context, the current research looked at how barriers affected how stakeholders adopted green building technologies (GBTs) in Pakistan. Data were collected through a questionnaire from 349 stakeholders in the construction industry. Partial least square structural equation modeling was used for the empirical study. The main findings revealed that, out of the five types of barriers, innovation-related and economic barriers were found the strongest influencing barriers, followed by socio-cultural and governmental barriers, resource-related and regulation-based barriers towards the stakeholders’ adoption behavior of green building technologies in Pakistan. Based on the research's findings, various policy recommendations were made for the government policy-makers and other concerned stakeholders to ensure the effective deployment of green building technologies in Pakistan.

Does self‐face awareness influence green building project performance?—An empirical evidence from China

AbstractIn the circumstances of “Carbon Peak,” it is imminent to implement green construction technology in the construction industry as it is a major source of CO2 emissions. Nevertheless, little study has been done on the impact of self‐face awareness (SA) on green building project performance (GP). On the basis of a large‐scale questionnaire survey in China and an in‐depth analysis of the four categories (cognition, behavior, satisfaction, and performance), this paper has added an SA dimension, and proposed a new impacting path. Then, based on the improved conceptual model for measuring the impact of green construction behavior on GP, this paper has conducted empirical tests by using a large sample of questionnaire data and partial least square‐structural equation modeling method. The results show that: (1) green construction behavior has a positive impact on GP, and the impact of perceived behavioral control of green construction technology is most significant for promoting green construction in the industry, and SA has a significant positive effect on green construction in the industry; (2) environmental perception and perceived behavioral control for green construction technology play a mediating role; and (3) significant differences indeed exist in the multigroup analysis, and the biggest difference is working experiences in the engineering field. Finally, this paper has proposed corresponding management implications based on the above findings. The main contribution of this study is that this study has developed a new dimension (SA) to the model considering Chinese national and cultural differences, in an attempt to reveal the impact of green construction technology on GP in the Chinese context. In addition, the promotion of green construction (PGC) in the construction industry was also added based on the sustainability perspective, which is the first attempt to explore the role of the PGC.

Analysis of Site Implementation and Dynamic Management of Green Construction Technology in Construction Engineering

Analysis of Site Implementation and Dynamic Management of Green Construction Technology in Construction Engineering

Application of Green Construction Technology in Assembly Building Engineering

Application of Green Construction Technology in Assembly Building Engineering

Study on the Evaluation and Countermeasures of Green Construction of Construction Projects

In recent years, with the advancement of urbanization in China, the management idea of infiltration of green construction in the construction process can not meet the needs of the industry development. Comprehensive and systematic green construction planning, development and application of green construction technology will be a new driving force to promote the sustainable development of the construction industry. Construction scheme and process standardization, site facilities standardization, construction measures industrialization, site environment garden, site management information is the main focus of our action. Evaluate the construction project of green construction, is not only beneficial to the promotion of green construction, can timely find the deviation appeared in the process of project implementation, guarantee the project of the construction of the economic benefits, social benefits and ecological benefits, will also be able to provide reference and guidance significance for other similar project, improve the level of future overall implementation of the construction project and environmental benefits.

Exploration of the Application of Green Construction Technology in Housing Construction

Exploration of the Application of Green Construction Technology in Housing Construction

Green Construction Technology in Building Decoration Engineering Construction

Green Construction Technology in Building Decoration Engineering Construction

Application of Green Construction Technology in Building Decoration Engineering

Application of Green Construction Technology in Building Decoration Engineering